Sentence examples for shape of obstacles from inspiring English sources

Naturally, the reflection factor is changed according to the shape of obstacles, the angle of reflections, and so on.

In addition, other problems are that the information on location of sensors is displayed by using the screen coordinate, or shape of obstacles is determined in advance.

Of the different types and shapes of obstacles studied, we focus herein on a cylindrical obstacle, assumed to be a diffuse elastic scatterer.

Accordingly, the effect of number of ensembles, frequency of updates, aspect ratio of the obstacle, shape of the obstacle, and the distance between injection/production wells and the obstacle, on the sweep efficiency behind the obstacle will be investigated.

To achieve the objectives of this investigation and study the effect of frequency of updates, aspect ratio of the obstacle, shape of the obstacle, and the distance between injection wells and the obstacle, on the sweep efficiency upstream of the obstacle various sensitivity analyses were conducted.

In experiment 1, the shape of the obstacles (position and orientation of walls) does not change.

The present study showed that the shape of the obstacles affects the pattern of the secondary vortex structure created, and the resulting drag force acting on the obstacle has a more direct effect on wake dissipation.

By changing these factors, and depending on the shape of the obstacle, it was found that the sweep efficiency upstream of an obstacle can be enhanced by up to 260%% when compared to the base case of equal volumetric flow through the injectors.

An important question in connection with such impact forces on high obstacles that extend through the flow is how they depend on the width and cross-sectional shape of the obstacle for a given velocity and thickness of the oncoming flow.

Further we implement level set methods to update the shape of the obstacle.

A mathematical model has been developed for a general shape of the obstacle.